Proteus Arbitrary Waveform Transceiver

The Tabor Proteus is the industry's first Arbitrary Waveform Transceiver, built on a system-on-a-module Software defined radio architecture, offering a high-performance, real-time feedback system designed for advanced RF engineering. It combines fast DAC/ADC technologies for applications like 5G, quantum control, and radar, featuring up to 12 channels and on-board processing.

Key Features of the Tabor Proteus Series:

Arbitrary Waveform Transceiver: Goes beyond generation by allowing the system to listen, think, and react in real-time.

Performance: Features up to 9GS/s 16-bit RF DAC and 5.4GS/s RF ADC, suitable for high-speed, high-voltage, and fast pulse applications.

Versatility: Ideal for communications (WiFi-6, UWB) and EW scenario simulation.

Form Factors: Available in benchtop (with 9” touch screen) and PXIe formats.

Compatibility: Supports MATLAB for custom programming, and algorithm design

MATLAB users can communicate directly with Tabor Electronics' Proteus Family hardware using The MathWorks' Instrument Control Toolbox via SCPI. This allows users to control instruments directly from MATLAB, including instrument setup, download of mathematical equations and signal simulations to instrument memory. Initiating waveform generation and analysis Instrument Control Toolbox provides a direct and consistent interface to each device while exposing the inherent features of the hardware. Further information on using MATLAB with Tabor instruments is available on the MATLAB - Tabor resource page. In addition, an example is available on the Tabor Electronics site.